#9 first IR
Its aliphatic because we getting -C-H stretch at 3000 cm-1 means sp3 carbon.
and above 3000 cm-1 it's peak of NH2 ( double peak)
so , it is aliphatic amine.
#10
here , we have a peak around below 3000cm-1 means sp3 carbon , so aliphatic
we have a overtone of aldehyde above 3000cm-1, -C-H stretch of -CHO group at 2800 cm-1.
although not exact peak of -C=O aT 1700 cm-1.
but other peaks show it aliphatic aldehyde.
AVENUMERI #10 For each spectrum, complete the table by stating the C-H bonds and the functional...
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For each spectrum, state the functional groups present (alcohol, acid, amine and/or carbonyl- aldehyde, ketone, amide, ester) and state which C-H bond (aliphatic, alkene, alkyne and/or benzene- ortho, para, meta) is present. 1. 2. HAVENUMERI DOST 2000 u Wher 4000 3000 1500 NAVENUMERI
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Examine the molecule below. Check the box next to each functional group the molecule contains. In the last column, enter the number of each group next to the functional group names you selected. If the molecule does not contain a listed functional group, do not check the box and leave the last column blank. Select all functional groups present in the molecule How many? alcohol aldehyde alkene HO alkyne amide OH amine arene HO1 carboxylic acid ester ether ketone
Examine the molecule below. Check the box next to each functional group the molecule contains. In the last column, enter the number of each group next to the functional group names you selected. If the molecule does not contain a listed functional group, do not check the box and leave the last column blank. Select all functional groups present in the molecule How many? alcohol aldehyde alkene alkyne amide amine arene carboxylic acid ester ether ketone